JPH06264643A - Three-dimentional vibratory isolation device - Google Patents
Three-dimentional vibratory isolation deviceInfo
- Publication number
- JPH06264643A JPH06264643A JP5058693A JP5058693A JPH06264643A JP H06264643 A JPH06264643 A JP H06264643A JP 5058693 A JP5058693 A JP 5058693A JP 5058693 A JP5058693 A JP 5058693A JP H06264643 A JPH06264643 A JP H06264643A
- Authority
- JP
- Japan
- Prior art keywords
- laminated rubber
- rigid member
- flange
- thin
- rubber
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Landscapes
- Buildings Adapted To Withstand Abnormal External Influences (AREA)
- Vibration Prevention Devices (AREA)
- Springs (AREA)
Abstract
Description
【０００１】[0001]
【産業上の利用分野】この発明は水平と鉛直の３次元方
向の振動を絶縁する３次元免震装置に関するものであ
る。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a three-dimensional seismic isolation device that insulates vibrations in the horizontal and vertical directions.
【０００２】[0002]
【従来技術及び発明が解決しようとする課題】構造物の
免震装置として一般に使用される積層ゴム支承には現
在、絶縁機能のみを持つ積層ゴムの他、ダンパ機能を併
せ持つ鉛入り積層ゴムや高減衰積層ゴムがあるが、いず
れも絶縁の対象が水平方向の振動に限られている。鋼板
と積層化されるゴムの肉厚を大きくし、鉛直方向の固有
振動数を低くすることにより鉛直振動を絶縁する方法も
あるが、水平振動の絶縁機能も同時に持たせる必要か
ら、絶縁可能な振動が交通振動等の微振動に限定されて
おり、主として水平方向に機能する免震装置を単独で鉛
直方向の振動に対しても機能させることは事実上、不可
能である。2. Description of the Related Art A laminated rubber bearing generally used as a seismic isolation device for structures is currently used in addition to a laminated rubber having only an insulating function, a laminated rubber containing a damper function and There are damping laminated rubbers, but the target of insulation is limited to horizontal vibration. There is also a method to insulate vertical vibration by increasing the wall thickness of the steel plate and the rubber laminated and lowering the natural frequency in the vertical direction, but it is possible to insulate because it needs to have an insulation function for horizontal vibration at the same time. The vibrations are limited to minute vibrations such as traffic vibrations, and it is virtually impossible for the seismic isolation device that mainly functions in the horizontal direction to function independently even in the vertical direction.
【０００３】この発明は上記背景を踏まえてなされたも
ので、３次元の任意の方向の振動に対して機能する免震
装置を新たに提案しようとするものである。The present invention has been made in view of the above background, and is intended to newly propose a seismic isolation device that functions against vibrations in arbitrary three-dimensional directions.
【０００４】[0004]
【課題を解決するための手段】本発明では鋼板と薄肉ゴ
ムからなり、水平剛性が小さい薄肉積層ゴムと、鋼板と
厚肉ゴムからなり、鉛直剛性が小さい厚肉積層ゴムを直
列に、または上下のフランジを介して並列に接続し、そ
れぞれを独立して機能させることにより単一の装置で３
次元の任意の方向の振動を絶縁する。According to the present invention, a thin-walled laminated rubber consisting of a steel plate and a thin rubber, which has a small horizontal rigidity, and a thick laminated rubber composed of a steel plate and a thick rubber, which has a low vertical rigidity are connected in series or vertically. 3 in a single device by connecting in parallel through the flanges of each and making each function independent
Isolate vibrations in any direction of the dimension.
【０００５】薄肉積層ゴムと厚肉積層ゴムとが直列に接
続される場合、それぞれの一端にフランジが接着され、
水平振動を絶縁する薄肉積層ゴムが一方のフランジから
切り離されるが、厚肉積層ゴムの回りに剛な剛性部材が
配置されると同時に、剛性部材，もしくは厚肉積層ゴム
に薄肉積層ゴムが接着され、剛性部材に薄肉積層ゴムか
ら切り離されるフランジが水平に係合することにより両
フランジ間の水平振動が薄肉積層ゴムに伝達される。When the thin laminated rubber and the thick laminated rubber are connected in series, a flange is bonded to one end of each,
The thin laminated rubber that insulates horizontal vibration is separated from one flange, but a rigid rigid member is placed around the thick laminated rubber, and at the same time, the thin laminated rubber is bonded to the rigid member or the thick laminated rubber. The horizontal vibration between both flanges is transmitted to the thin laminated rubber by horizontally engaging the rigid member with the flange separated from the thin laminated rubber.
【０００６】厚肉積層ゴムに接着されるフランジは剛性
部材に対してその軸方向に相対移動自在に剛性部材の外
周を包囲し、水平振動時に剛性部材に係合することによ
り上下のフランジ間の水平振動を薄肉積層ゴムの両端に
伝達し、鉛直振動時には剛性部材に対して相対移動する
ことにより振動を厚肉積層ゴムに伝達し、薄肉積層ゴム
への伝達を回避する。The flange bonded to the thick laminated rubber surrounds the outer periphery of the rigid member so as to be relatively movable in the axial direction with respect to the rigid member, and engages with the rigid member during horizontal vibration, so that the flange between the upper and lower flanges is The horizontal vibration is transmitted to both ends of the thin laminated rubber, and when vertical vibration is made, the vibration is transmitted to the thick laminated rubber by moving relative to the rigid member, and transmission to the thin laminated rubber is avoided.
【０００７】厚肉積層ゴムは剛性部材内に収納され、厚
肉積層ゴムに接着されるフランジが剛性部材に係合する
ことにより水平振動時にそのフランジと共に挙動し、水
平振動の、厚肉積層ゴムへの伝達が回避される。剛性部
材の長さは厚肉積層ゴムの成より小さく、厚肉積層ゴム
が剛性部材より突出してフランジに接着されることによ
り剛性部材とその側のフランジとの間に、上下のフラン
ジ間に鉛直変位を生じさせるためのクリアランスが確保
される。The thick laminated rubber is housed in a rigid member, and the flange adhered to the thick laminated rubber engages with the rigid member to behave together with the flange during horizontal vibration. To be avoided. The length of the rigid member is smaller than that of the thick laminated rubber, and the thick laminated rubber protrudes from the rigid member and is bonded to the flange, so that the vertical direction is provided between the rigid member and the flange on that side and between the upper and lower flanges. A clearance for causing the displacement is secured.
【０００８】両積層ゴムが並列に接続される場合、厚肉
積層ゴムは内法が薄肉積層ゴムの幅より大きい中空断面
形状をし、厚肉積層ゴムは薄肉積層ゴムの周囲を包囲し
て配置され、その軸方向両端にフランジが接着され、薄
肉積層ゴムには一方のフランジが接着される。フランジ
は薄肉積層ゴムの一端にのみ接着されることから、この
場合も薄肉積層ゴムが一方のフランジから切り離される
が、直列の場合と同様に薄肉積層ゴムの、切り離された
フランジ側に剛性部材が接着され、剛性部材にフランジ
が水平に係合することにより両フランジ間の水平振動が
薄肉積層ゴムに伝達される。When both laminated rubbers are connected in parallel, the thick laminated rubber has a hollow cross-sectional shape whose inner dimension is larger than the width of the thin laminated rubber, and the thick laminated rubber surrounds the thin laminated rubber. Then, the flanges are bonded to both ends in the axial direction, and one flange is bonded to the thin laminated rubber. Since the flange is bonded only to one end of the thin laminated rubber, the thin laminated rubber is also separated from one flange in this case as well, but as in the case of series, the rigid member is attached to the separated flange side of the thin laminated rubber. The horizontal vibration between both the flanges is transmitted to the thin laminated rubber by being adhered and horizontally engaging the flange with the rigid member.
【０００９】剛性部材側のフランジと剛性部材との間に
は、両者間の鉛直方向の相対移動を許容するためにクリ
アランスが確保される。この薄肉積層ゴムから切り離さ
れる側のフランジは剛性部材に対してその軸方向に相対
移動自在に剛性部材の外周を包囲し、水平振動時に剛性
部材に係合することにより上下のフランジ間の水平振動
を薄肉積層ゴムに伝達し、鉛直振動時には剛性部材に対
して相対移動することにより振動を厚肉積層ゴムに伝達
し、薄肉積層ゴムへの伝達を回避する。A clearance is secured between the rigid member side flange and the rigid member in order to allow relative movement in the vertical direction therebetween. The flange on the side separated from the thin laminated rubber surrounds the outer periphery of the rigid member so as to be relatively movable in the axial direction with respect to the rigid member, and engages with the rigid member during horizontal vibration to cause horizontal vibration between the upper and lower flanges. Is transmitted to the thin laminated rubber, and when vertical vibration is performed, the vibration is transmitted to the thick laminated rubber by moving relative to the rigid member, and transmission to the thin laminated rubber is avoided.
【００１０】[0010]
【実施例】以下本発明を一実施例を示す図面に基づいて
説明する。DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to the drawings showing an embodiment.
【００１１】この発明の免震装置１は図１，図４に示す
ように上下の各構造物に固定されるフランジ５，６と、
鋼板21と薄肉ゴム22からなり、水平剛性が小さく、水平
振動を絶縁する薄肉積層ゴム２と、鋼板31と厚肉ゴム32
からなり、鉛直剛性が小さく、鉛直振動を絶縁する厚肉
積層ゴム３とから構成され、上部のフランジ５と下部の
フランジ６間の、３次元の任意の方向の振動を絶縁する
ものである。図２，図５はそれぞれ図１，図４に示す免
震装置１の外観を示す。As shown in FIGS. 1 and 4, the seismic isolation device 1 of the present invention includes flanges 5 and 6 fixed to upper and lower structures, respectively.
A thin laminated rubber 2 composed of a steel plate 21 and a thin rubber 22, which has low horizontal rigidity and insulates horizontal vibration, and a steel plate 31 and a thick rubber 32.
It is composed of a thick laminated rubber 3 which has a low vertical rigidity and insulates vertical vibrations, and insulates vibrations in an arbitrary three-dimensional direction between the upper flange 5 and the lower flange 6. 2 and 5 show the external appearance of the seismic isolation device 1 shown in FIGS. 1 and 4, respectively.
【００１２】まず請求項１記載の免震装置１を説明す
る。この免震装置１は図１に示すように中実断面形状の
薄肉積層ゴム２と、同じく中実断面形状の厚肉積層ゴム
３を直列に接続したもので、この発明では免震装置１に
よって上下に区分される各構造物に固定されるフランジ
５，６は厚肉積層ゴム３の一端と薄肉積層ゴム２の一端
に接着される。実施例では厚肉積層ゴム３が中実断面形
状であることから、図１，図３に示すように鉛直剛性を
低下させるために軸方向に貫通する複数個の孔33を明け
ている。First, the seismic isolation device 1 according to claim 1 will be described. As shown in FIG. 1, this seismic isolation device 1 comprises a thin laminated rubber 2 having a solid cross-sectional shape and a thick laminated rubber 3 similarly having a solid cross-sectional shape connected in series. The flanges 5 and 6 fixed to the vertically divided structures are bonded to one end of the thick laminated rubber 3 and one end of the thin laminated rubber 2. In the embodiment, since the thick laminated rubber 3 has a solid cross-sectional shape, a plurality of holes 33 penetrating in the axial direction are opened in order to reduce the vertical rigidity, as shown in FIGS.
【００１３】厚肉積層ゴム３側のフランジ、実施例の場
合は上部のフランジ５が薄肉積層ゴム２から切り離され
ることから、上下のフランジ５，６間の相対水平変位を
薄肉積層ゴム２に伝達するために、薄肉積層ゴム２は上
部のフランジ５と共に下部のフランジ６に対して水平に
移動する剛な、中空の剛性部材４，もしくはその内部に
収納される厚肉積層ゴム３に接着される。Since the flange on the thick laminated rubber 3 side, in the case of the embodiment, the upper flange 5 is separated from the thin laminated rubber 2, the relative horizontal displacement between the upper and lower flanges 5, 6 is transmitted to the thin laminated rubber 2. In order to do so, the thin laminated rubber 2 is bonded to the rigid hollow hollow rigid member 4, which moves horizontally with the upper flange 5 relative to the lower flange 6, or the thick laminated rubber 3 housed therein. .
【００１４】厚肉積層ゴム３は剛性部材４内に収納さ
れ、鉛直振動時に機能することから、その側のフランジ
５と剛性部材４，または薄肉積層ゴム２に接着され、水
平振動時には剛性部材４に水平に係合する上部のフラン
ジ５と共に挙動する。剛性部材４の長さは厚肉積層ゴム
３の成より小さく、厚肉積層ゴム３が剛性部材４から突
出してフランジ５に接着されることにより剛性部材４と
フランジ５との間にクリアランスが確保され、このクリ
アランスによって両フランジ５，６間に鉛直振動が生じ
る。図１に示すように剛性部材４の、薄肉積層ゴム２側
の端面が閉鎖する場合、薄肉積層ゴム２はこの剛性部材
４に接着され、開放する場合には厚肉積層ゴム３の端面
に接着される。The thick laminated rubber 3 is housed in the rigid member 4 and functions at the time of vertical vibration. Therefore, the thick laminated rubber 3 is adhered to the flange 5 and the rigid member 4 or the thin laminated rubber 2 on that side, and the rigid member 4 is vibrated during horizontal vibration. Behaves with the upper flange 5 which engages horizontally. The length of the rigid member 4 is smaller than that of the thick laminated rubber 3, and the thick laminated rubber 3 protrudes from the rigid member 4 and is bonded to the flange 5 to secure a clearance between the rigid member 4 and the flange 5. This clearance causes vertical vibration between the flanges 5 and 6. As shown in FIG. 1, when the end surface of the rigid member 4 on the side of the thin laminated rubber 2 is closed, the thin laminated rubber 2 is adhered to the rigid member 4, and when opened, it is adhered to the end surface of the thick laminated rubber 3. To be done.
【００１５】厚肉積層ゴム３に接着されるフランジ５は
図１，図３に示すように剛性部材４に水平に係合し、そ
の、下部のフランジ６に対する相対水平変位を薄肉積層
ゴム２に伝達するための筒状の係合部51を持ち、係合部
51は剛性部材４に対してその軸方向に相対移動自在に、
剛性部材４の外周に接触，またはそれに近い状態で剛性
部材４を包囲する。係合部51は剛性部材４への水平力伝
達時の応力に抵抗するために厚肉に形成される。The flange 5 bonded to the thick laminated rubber 3 horizontally engages the rigid member 4 as shown in FIGS. 1 and 3, and its relative horizontal displacement with respect to the lower flange 6 causes the thin laminated rubber 2 to move. It has a cylindrical engaging portion 51 for transmitting, and the engaging portion
51 is movable relative to the rigid member 4 in its axial direction,
The rigid member 4 is surrounded so as to be in contact with or close to the outer periphery of the rigid member 4. The engaging portion 51 is formed thick so as to resist the stress when the horizontal force is transmitted to the rigid member 4.
【００１６】両フランジ５，６間の相対水平変位時には
フランジ５の係合部51が剛性部材４に係合し、剛性部材
４がフランジ６に対して変位することにより薄肉積層ゴ
ム２が水平変形し、振動を絶縁する。このとき、厚肉積
層ゴム３の両端間には変位を生じないため厚肉積層ゴム
３は変形を生じない。When the flanges 5 and 6 are relatively horizontally displaced, the engaging portion 51 of the flange 5 engages with the rigid member 4 and the rigid member 4 is displaced with respect to the flange 6, whereby the thin laminated rubber 2 is horizontally deformed. And isolate the vibration. At this time, no displacement occurs between both ends of the thick laminated rubber 3, so that the thick laminated rubber 3 does not deform.
【００１７】フランジ５，６間の鉛直変位時にはフラン
ジ５が剛性部材４に沿って軸方向に変位することにより
厚肉積層ゴム３が鉛直変形し、振動を絶縁する。薄肉積
層ゴム２は鉛直剛性が高いため鉛直振動時には実質的に
機能しない。At the time of vertical displacement between the flanges 5 and 6, the flange 5 is axially displaced along the rigid member 4 so that the thick laminated rubber 3 is vertically deformed to insulate vibration. Since the thin laminated rubber 2 has high vertical rigidity, it does not substantially function during vertical vibration.
【００１８】続いて請求項２記載の免震装置１を説明す
る。この免震装置１は図４に示すように中実断面形状の
薄肉積層ゴム２と、中空断面形状の厚肉積層ゴム３を並
列に配置したものである。Next, the seismic isolation device 1 according to claim 2 will be described. As shown in FIG. 4, the seismic isolation device 1 includes a thin laminated rubber 2 having a solid cross section and a thick laminated rubber 3 having a hollow cross section arranged in parallel.
【００１９】厚肉積層ゴム３の内法（内径）は薄肉積層
ゴム２の幅（径）より大きく、厚肉積層ゴム３は薄肉積
層ゴム２の周囲を包囲し、鉛直振動時に機能させるため
にその軸方向両端にフランジ５，６が接着される。The inner diameter (inner diameter) of the thick laminated rubber 3 is larger than the width (diameter) of the thin laminated rubber 2, and the thick laminated rubber 3 surrounds the thin laminated rubber 2 to make it function during vertical vibration. Flange 5 and 6 are adhered to both ends in the axial direction.
【００２０】薄肉積層ゴム２の一端には一方のフランジ
６が接着されるが、他方のフランジ５が薄肉積層ゴム２
から切り離されることから、この発明でも上下のフラン
ジ５，６間の相対水平変位を薄肉積層ゴム２に伝達する
ために、薄肉積層ゴム２の他方のフランジ５側にはフラ
ンジ５に包囲される、剛な剛性部材４が設置され、これ
に薄肉積層ゴム２が接着される。この剛性部材４とその
側のフランジ５との間には両フランジ５，６間に鉛直変
位を生じさせるために鉛直方向にクリアランスが確保さ
れる。One flange 6 is bonded to one end of the thin laminated rubber 2 while the other flange 5 is attached to the thin laminated rubber 2.
Therefore, in the present invention as well, in order to transmit the relative horizontal displacement between the upper and lower flanges 5 and 6 to the thin rubber laminate 2, the other flange 5 side of the thin rubber laminate 2 is surrounded by the flange 5. A rigid rigid member 4 is installed and the thin laminated rubber 2 is adhered thereto. A clearance is secured in the vertical direction between the rigid member 4 and the flange 5 on that side in order to cause a vertical displacement between the flanges 5 and 6.
【００２１】剛性部材４側のフランジ５は上記発明の免
震装置１と同様に筒状の係合部51を持ち、係合部51は剛
性部材４に対してその軸方向に相対移動自在に、剛性部
材４の外周に接触，またはそれに近い状態で剛性部材４
を包囲する。The flange 5 on the side of the rigid member 4 has a cylindrical engaging portion 51 as in the seismic isolation device 1 of the present invention, and the engaging portion 51 is movable relative to the rigid member 4 in its axial direction. , The rigid member 4 in contact with or close to the outer circumference of the rigid member 4
Siege.
【００２２】両フランジ５，６間の相対水平変位時には
上部のフランジ５の係合部51が剛性部材４に係合し、剛
性部材４が下部のフランジ６に対して変位することによ
り薄肉積層ゴム２が変形を生じ、振動を絶縁する。フラ
ンジ５，６間の鉛直変位時には上部のフランジ５が剛性
部材４に沿って軸方向に変位することにより厚肉積層ゴ
ム３が変形し、振動を絶縁する。鉛直振動時には振動が
剛性部材４には伝達されないため薄肉積層ゴム２は機能
しない。At the time of relative horizontal displacement between the flanges 5 and 6, the engaging portion 51 of the upper flange 5 engages with the rigid member 4, and the rigid member 4 is displaced with respect to the lower flange 6, whereby thin laminated rubber 2 deforms and isolates vibrations. At the time of vertical displacement between the flanges 5 and 6, the upper flange 5 is axially displaced along the rigid member 4, whereby the thick laminated rubber 3 is deformed and isolates vibration. At the time of vertical vibration, the vibration is not transmitted to the rigid member 4, so that the thin laminated rubber 2 does not function.
【００２３】この発明では剛性部材４を中空にし、その
内部とフランジ５との間のクリアランスを利用すること
により、図示するように１方向の相対変位によって減衰
力を発生する粘性ダンパ７をフランジ５と薄肉積層ゴム
２間に設置することが可能で、鉛直振動の絶縁と同時に
振動を減衰させることができる。In the present invention, by making the rigid member 4 hollow and utilizing the clearance between the inside and the flange 5, the viscous damper 7 for generating the damping force by the relative displacement in one direction as shown in the drawing is installed in the flange 5. Can be installed between the thin laminated rubber 2 and the rubber, and the vibration can be damped at the same time as the insulation of the vertical vibration.
【００２４】図６，図７は上記いずれかの免震装置１の
構造物への設置例を示したものである。FIGS. 6 and 7 show examples of installation of any one of the seismic isolation devices 1 on a structure.
【００２５】[0025]
【発明の効果】この発明は以上の通りであり、水平剛性
が小さく、水平振動を絶縁する薄肉積層ゴムと、鉛直剛
性が小さく、鉛直振動を絶縁する厚肉積層ゴムを直列
に、または上下のフランジを介して並列に接続し、それ
ぞれを独立して機能させるものであるため単一の装置で
３次元の任意の方向の振動を絶縁することができる。The present invention is as described above, and a thin laminated rubber that has a low horizontal rigidity and insulates horizontal vibrations and a thick laminated rubber that has a low vertical rigidity and insulates vertical vibrations are connected in series or in a vertical direction. Since they are connected in parallel through the flanges and each functions independently, it is possible to insulate vibration in arbitrary three-dimensional directions with a single device.
【図１】請求項１記載発明の免震装置を示した縦断面図
である。FIG. 1 is a vertical sectional view showing a seismic isolation device according to a first aspect of the invention.
【図２】図１の免震装置を示した立面図である。2 is an elevation view showing the seismic isolation device of FIG. 1. FIG.
【図３】図２の横断面図である。3 is a cross-sectional view of FIG.
【図４】請求項２記載発明の免震装置を示した縦断面図
である。FIG. 4 is a longitudinal sectional view showing a seismic isolation device according to a second aspect of the invention.
【図５】図４の免震装置を示した立面図である。5 is an elevation view showing the seismic isolation device of FIG. 4. FIG.
【図６】免震装置の設置例を示した立面図である。FIG. 6 is an elevational view showing an installation example of a seismic isolation device.
【図７】図６の平面図である。FIG. 7 is a plan view of FIG.
１……免震装置、２……薄肉積層ゴム、21……鋼板、22
……薄肉ゴム、３……厚肉積層ゴム、31……鋼板、32…
…厚肉ゴム、33……孔、４……剛性部材、５，６……フ
ランジ、７……粘性ダンパ。1 ... Seismic isolation device, 2 ... Thin laminated rubber, 21 ... Steel plate, 22
...... Thin rubber, 3 …… Thick laminated rubber, 31 …… Steel plate, 32…
… Thick rubber, 33… Hole, 4… Rigid member, 5, 6… Flange, 7… Viscous damper.
Claims (2)
と、鋼板と薄肉ゴムからなり、水平剛性が小さく、一方
のフランジに接着される薄肉積層ゴムと、鋼板と厚肉ゴ
ムからなり、鉛直剛性が小さく、他方のフランジに接着
される厚肉積層ゴムとから構成され、厚肉積層ゴムはそ
の成より短く、剛な、中空の剛性部材内に収納されて薄
肉積層ゴムの一端に接続され、厚肉積層ゴムに接着され
るフランジは剛性部材に対して軸方向に相対移動自在に
剛性部材の外周を包囲していることを特徴とする３次元
免震装置。1. A flange fixed to each of the upper and lower structures, a steel plate and thin rubber, which has low horizontal rigidity, a thin laminated rubber bonded to one flange, a steel plate and thick rubber, and a vertical It is composed of thick laminated rubber that has low rigidity and is adhered to the other flange. The thick laminated rubber is stored in a rigid, hollow, rigid member that is shorter than that, and is connected to one end of the thin laminated rubber. The three-dimensional seismic isolation device is characterized in that the flange bonded to the thick laminated rubber surrounds the outer periphery of the rigid member so as to be movable relative to the rigid member in the axial direction.
と、鋼板と薄肉ゴムからなり、水平剛性が小さく、一方
のフランジに接着される薄肉積層ゴムと、鋼板と厚肉ゴ
ムからなり、鉛直剛性が小さく、両フランジに接着され
る、内法が薄肉積層ゴムの幅より大きい中空断面形状の
厚肉積層ゴムとから構成され、厚肉積層ゴムは薄肉積層
ゴムの周囲を包囲し、薄肉積層ゴムの一端には剛な剛性
部材が接着されており、剛性部材側のフランジは剛性部
材との間に軸方向にクリアランスを持ち、剛性部材に対
して軸方向に相対移動自在に剛性部材の外周を包囲して
いることを特徴とする３次元免震装置。2. A flange fixed to each of the upper and lower structures, a steel plate and a thin rubber, which has low horizontal rigidity, a thin laminated rubber bonded to one flange, a steel plate and a thick rubber, and a vertical It is composed of a thick laminated rubber with a hollow cross section that has a small rigidity and is bonded to both flanges, and the inner method is larger than the width of the thin laminated rubber. The thick laminated rubber surrounds the thin laminated rubber to form a thin laminated rubber. A rigid rigid member is bonded to one end of the rubber, and the flange on the rigid member side has a clearance in the axial direction with the rigid member so that it can move relative to the rigid member in the axial direction. A three-dimensional seismic isolation device that is characterized by surrounding the
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5058693A JP2595871B2 (en) | 1993-03-11 | 1993-03-11 | 3D seismic isolation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5058693A JP2595871B2 (en) | 1993-03-11 | 1993-03-11 | 3D seismic isolation device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH06264643A true JPH06264643A (en) | 1994-09-20 |
| JP2595871B2 JP2595871B2 (en) | 1997-04-02 |
Family
ID=12863082
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP5058693A Expired - Lifetime JP2595871B2 (en) | 1993-03-11 | 1993-03-11 | 3D seismic isolation device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2595871B2 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2011099544A (en) * | 2009-11-09 | 2011-05-19 | Bridgestone Corp | Base isolation device |
| US20130104467A1 (en) * | 2010-06-14 | 2013-05-02 | National University Corporation Kumamoto University | Vibration damping device |
-
1993
- 1993-03-11 JP JP5058693A patent/JP2595871B2/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2011099544A (en) * | 2009-11-09 | 2011-05-19 | Bridgestone Corp | Base isolation device |
| US20130104467A1 (en) * | 2010-06-14 | 2013-05-02 | National University Corporation Kumamoto University | Vibration damping device |
| US9051733B2 (en) * | 2010-06-14 | 2015-06-09 | National University Corporation Kumamoto University | Vibration damping device |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2595871B2 (en) | 1997-04-02 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| JP2580359B2 (en) | Sleeve type rubber shock absorber | |
| US4690389A (en) | Hydraulically damped mounting device | |
| EP1303710B1 (en) | A method for damping vibrations and a method for mounting the device | |
| EP0326504B1 (en) | Bush type hydraulically damped engine or transmission mount | |
| JPH0373741U (en) | ||
| JPH033088B2 (en) | ||
| JP2000104783A (en) | Rubber base giving cushion by liquid function | |
| JPH03223541A (en) | Spring charging base | |
| EP0178652A2 (en) | Liquid-filled type vibration damping structure | |
| JPH06264643A (en) | Three-dimentional vibratory isolation device | |
| US20220042571A1 (en) | Vibration Damping Member | |
| JPS60175834A (en) | Mount filled with fluid | |
| JPS60172744A (en) | Vibrationproof device containing fluid | |
| JP3658909B2 (en) | Anti-vibration structure for stationary equipment for electric power | |
| JPH1026173A (en) | Damper for vibration damping | |
| JPS60164031A (en) | Vibration damper containing liquid therein | |
| JPH04258549A (en) | Dynamic damper | |
| JPH05202985A (en) | Cylindrical vibration-isolating mount and power plant support device using the same mount, and control method of cylindrical vibration-isolating mount for the power plant support device | |
| JP2613895B2 (en) | Fluid filled type vibration damping device | |
| JP2575204Y2 (en) | Seismic isolation elastic rubber bearing for structures | |
| JPS639744A (en) | Vibration-isolating device | |
| JPS62215140A (en) | Liquid containing vibration isolating device | |
| JPH11108111A (en) | Vibration isolating device | |
| JPS61274132A (en) | Liquid charged type vibration insulator | |
| JPH0689808B2 (en) | Anti-vibration device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| A01 | Written decision to grant a patent or to grant a registration (utility model) |
Free format text: JAPANESE INTERMEDIATE CODE: A01 Effective date: 19961105 |